Scientists Created a 5D Crystal to Revive Us After Doomsday

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Scientists created a wild new 5D crystal that could one day bring humanity back after doomsday! 🔥 This futuristic invention can store mind-blowing amounts of data—basically a time capsule for everything we know. Unlike regular storage, this crystal is super durable and can last for billions of years. That means even if disaster wipes us out, future civilizations (or maybe even aliens) could access our history, science, and culture. It’s like a real-life sci-fi backup drive for humanity! Who knew the key to surviving the apocalypse might just be a tiny, unbreakable crystal? 🚀  Animation is created by Bright Side. ---------------------------------------------------------------------------------------- Music from TheSoul Sound: https://thesoul-sound.com/   Check our Bright Side podcast on Spotify and leave a positive review! https://open.spotify.com/show/0hUkPxD34jRLrMrJux4VxV   Subscribe to Bright Side: https://goo.gl/rQTJZz ---------------------------------------------------------------------------------------- Our Social Media: Facebook: https://www.facebook.com/brightside Instagram: https://www.instagram.com/brightside.official TikTok: https://www.tiktok.com/@brightside.official?lang=en Telegram: https://t.me/bright_side_official   Stock materials (photos, footages and other): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ----------------------------------------------------------------------------------------  For more videos and articles visit: http://www.brightside.me  ---------------------------------------------------------------------------------------- This video is made for entertainment purposes. We do not make any warranties about the completeness, safety and reliability. Any action you take upon the information in this video is strictly at your own risk, and we will not be liable for any damages or losses. It is the viewer's responsibility to use judgement, care and precaution if you plan to replicate.

Transcript

00:00Earth. The year is 500 million CE. Two million years ago, the sun splashed a huge bundle

00:07of energy into space. It destroyed Earth's magnetic field and burned the entire surface

00:13of our planet. Now our world resembles a lifeless desert. All the oceans have dried up, rivers

00:19of magma flow all over the surface, and the sky is filled with black clouds of ash. Humans

00:27have already colonized other planets, so everything is okay. In the middle of this apocalypse,

00:32a small crystal covered with volcanic dust lies under a thick layer of solidified magma.

00:40But it's not just a crystal. It's a five-dimensional memory crystal. In simple words, this is a

00:45very cool flashcard. But what is it doing here? And what data is hidden on it? It stores

00:51everything you need to know about humans as a biological species. The year is 2024

00:58CE. Scientists have recorded information to a unique memory card. They've engraved the

01:03sequence of the entire human genetic code in the very structure of this 5D crystal.

01:09The invention consists of nanoscale voids in a vitreous silicon dioxide material. I

01:15can continue with other complex scientific words, but let's better focus on the properties

01:20of this crystal. The small flashcard can hold hundreds of terabytes of information

01:26thanks to nanotechnologies, even though all the information about the human genome is

01:31only 800 megabytes of data. But the coolest thing is the crystal's invulnerability. You

01:38can throw it in an oven with a temperature of 1800 degrees Fahrenheit, which is about

01:43the same temperature of lava. You can put it in the freezer, or leave it in the ice

01:48of Antarctica. You can throw it off a cliff or trample it underfoot. The information will

01:53remain readable. Of course, reading it requires special equipment, such as an optical microscope

01:59or a polarizer. In any case, if a representative of another civilization finds the crystal,

02:06they will probably figure out how to use it. Another cool thing is that the crystal material

02:12can be stored for many billions of years, which makes it one of the most reliable information

02:17storage systems in the world. Now the crystal is stored in Austria, in the memory of Mankind

02:24Archive, along with other important holders of information about humanity. We need to

02:29preserve all this for future generations or extraterrestrial civilizations, or in case

02:35an apocalypse happens and people forget who they are and where they come from. Also, the

02:415D crystal will help resurrect humanity in case of its destruction. If some advanced

02:46intelligence from another galaxy finds the crystal and reads the information, it will

02:51be able to recreate humankind. Hopefully, they'll have the technologies capable of

02:56creating life. Take a look at this number. That's 10 septillions. This number is many

03:03times the age of our universe, and it would take 10 septillion years for the most powerful

03:08computer to solve a problem called random circuit sampling. This task has no practical

03:14purpose and doesn't solve any difficult issues. Scientists created random circuit

03:19sampling to measure the computing power of computer chips, and here's what it's all

03:24about. Google has created a quantum computing chip called Willow that could solve random

03:29circuit sampling in a few minutes. A stunning result that can significantly accelerate the

03:36development of all technologies on Earth in the coming years. A chip the size of a small

03:42mint candy was invented in California. Already, scientists are confident that Willow is capable

03:48of making a huge leap in the field of medicine development. What will happen next? The creation

03:54of thermonuclear reactors, the enhancement of AI, the invention of endless energy sources,

04:01and much more. For example, quantum computing and AI will be able to read MRI images at

04:07the atomic level. Quantum computers will evolve much faster than traditional ones. There's

04:14a lot of technical data that shows why quantum computers are so superior. But let's check

04:19out one crazy idea that explains quantum computers' advantages. It says that quantum chips exist

04:26in many parallel universes at once, and this corresponds to the idea that we live in a

04:32multiverse. In simple words, a quantum computer can simultaneously perform more tasks in different

04:39states. It's hard to understand, but here's an example. Take a rat and put it in a large

04:45maze. It will study every corridor and every corner and spend a lot of time before exploring

04:51the maze completely. But a quantum rat will be able to explore every corner of the maze

04:55at the same time as if it has many clones or one common mind. A quantum computer does

05:02the same thing. See this robot walking awkwardly around the room? And here is another robot

05:09on wheels that randomly drives from side to side. Who do you think controls these robots?

05:15A scientist? AI? A program? The answer is much stranger. These robots are controlled

05:22by mushrooms. Mushrooms are interconnected through mycelial networks that resemble human

05:28brain cells. They transmit impulses to one another and communicate in ways unknown to

05:34us. But what if they could transfer these impulses to something mechanical? Scientists

05:41from the USA decided to conduct such an experiment. They took the king oyster mushroom and grew

05:46its mycelium into the electronics of a robot. Of course, its motion was chaotic, but scientists

05:52still believe the experiment was a success. They managed to transfer the electrophysiological

05:58activity of the mushrooms to the outside world. That is, they created a biomechanical device.

06:05Mold and fungi are very tenacious. They can survive in harsh conditions and adapt to environmental

06:11changes, which is why they are so convenient to use in cybernetics. Scientists have taken

06:17a small step toward big discoveries. If today, mushrooms can transmit a signal and make a

06:23robot move, then, in the future, scientists hope to develop better ways of communicating

06:29with a live system. With this technology, we will know the reactions of mushrooms to

06:34various environmental changes. For example, mushrooms will be able to react with nerve

06:40impulses in places where toxic waste is released. We will record these signals and neutralize

06:46the effects of pollution. What if mushrooms can also respond to changes inside our bodies?

06:53Imagine swallowing a capsule with mushroom spores that are connected to nano-robots.

06:58Mushrooms enter your organism, scan your body, and transmit information to a computer. Then

07:04the doctor prescribes treatment for you. But the coolest thing is that, in the future,

07:09the technology could go even further. What if we could translate mushroom signals into

07:15words and communicate with them? It might sound too psychedelic, but why not?

07:22We all know that plastic is not the best thing for our planet. The good news is that scientists

07:27have created living plastic, which can decompose itself within several months. In 2016, a special

07:35type of bacteria was discovered at a plastic recycling plant in Japan. The bacteria are

07:40capable of degrading a particular type of plastic. Over the years, scientists have discovered

07:46other similar bacteria and upgraded them, making bacteria eat plastic more greedily

07:51with the help of produced enzymes. It would be awesome if soon people would use self-destructing

07:57plastic much more often. You've probably seen how doctors examine

08:02the brain in the movies or in hospitals. They apply a sticky gel and put a helmet with

08:08a dozen electrodes connected to the head of a patient. These electrodes are, in turn,

08:14connected to a computer that displays information about the activity of the human brain. All

08:19this is a rather inconvenient and time-consuming process. But recently, scientists have found

08:25a much easier way – temporary electronic tattoos. A liquid ink applied to the head

08:31is as effective and accurate as conventional electrodes. And unlike them, ink is much easier

08:38to customize. Electronic tattoos are set up faster, and they're more comfortable for

08:43the client. The technology is a real breakthrough in the field of diagnosis and brain monitoring.

08:49The special ink is made from conductive polymers. Doctors spray it from a custom inkjet printer

08:55directly onto the patient's head. The next step for scientists is to make the

09:00ink more convenient so that it can be applied to different types of hair and hairstyles.

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